Question Solve the equation(The real numbers system) x≈−1.35152 Evaluate 4(2x−1)=3x3×2Evaluate 4(2x−1)=6x3Expand the expression More Steps Evaluate 4(2x−1)Apply the distributive property 4×2x−4×1Multiply the numbers 8x−4×1Any expression multiplied by 1 remains the same 8x−4 8x−4=6x3Move the expression to the left side 8x−4−6x3=0Factor the expression 2(4x−2−3x3)=0Divide both sides 4x−2−3x3=0Solution x≈−1.35152 Show Solution Solve the equation(The complex numbers system) x1≈0.67576−0.191365i,x2≈0.67576+0.191365i,x3≈−1.35152 Evaluate 4(2x−1)=3x3×2Multiply the terms 4(2x−1)=6x3Expand the expression More Steps Evaluate 4(2x−1)Apply the distributive property 4×2x−4×1Multiply the numbers 8x−4×1Any expression multiplied by 1 remains the same 8x−4 8x−4=6x3Move the expression to the left side 8x−4−6x3=0Factor the expression 2(4x−2−3x3)=0Divide both sides 4x−2−3x3=0Calculate x≈−1.35152x≈0.67576+0.191365ix≈0.67576−0.191365iSolution x1≈0.67576−0.191365i,x2≈0.67576+0.191365i,x3≈−1.35152 Show Solution Graph